Product Introduction
IOTA 6250LC is a two-component silicone gel engineered for automotive electronics, new energy systems, and precision optoelectronic devices. It delivers comprehensive potting protection for sensitive components with exceptional material stability and protective performance. Its transparent, medium-viscosity formula adapts to complex circuit potting needs, while dual curing modes (room temperature/heat) offer flexibility in production scheduling. After curing, it forms a soft elastomer without by-products, eliminating the risk of circuit contamination from silicone oil migration and ensuring long-term stability of electronic parts.
Key Advantages
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All-Scenario Protection: Withstands extreme temperatures from -60℃ to 250℃, ideal for automotive engine compartments and outdoor solar power stations. Superior weather resistance against ozone, UV, and salt spray effectively blocks moisture, dust, and chemical corrosion, extending component lifespan.
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Precision Potting Compatibility: Medium viscosity enables deep penetration into micro-components like sensors and rectifier bridges, ensuring bubble-free filling of intricate circuit gaps. Ultra-low shrinkage (<0.1%) prevents internal stress, protecting fragile elements such as chips and capacitors from mechanical damage.
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Safety & Environmental Compliance: No low-molecular-weight substances released during curing, meeting RoHS standards and corrosion-free for metals, ceramics, and plastics. The soft gel layer provides buffer and damping properties, absorbing vibrations from vehicle operation or equipment runtime to reduce failure rates.
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Efficient Production Compatibility: Supports room-temperature curing (24h full cure) or accelerated heat curing (80℃×2h), adapting to mass production and rapid prototyping. 1:1 mixing ratio simplifies metering and enhances automated potting efficiency.
Applications
Widely used in potting protection for automotive electronic precision circuits, solar battery modules, smart water meter sensors, high-power rectifiers, and optoelectronic device PCBs. It is the ideal protective material for new energy, automotive electronics, and industrial automation sectors.
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